Brake Disc for KIA CEED Combi Van (CD) GDI Hybrid

This brake disc is a rear-positioned component designed for the KIA CEED Combi Van (CD) GDI Hybrid. The OEM number is 58411G4300, ensuring direct compatibility with the original specifications. The manufacturer is KIA, and the part is classified as a used component with a quality rating of B, indicating it is in fully functional condition with minimal wear. The brake disc is compatible with the G4LE engine code and is intended for vehicles with a hybrid petrol/electric powertrain. The transmission type is not specified, but the part is confirmed to fit the original configuration.

In addition to the KIA CEED Combi Van (CD), this brake disc may also be compatible with other models sharing the same specifications. The price including VAT is 108,60 EUR, while the price excluding VAT is 108,60 EUR. A 30-day full return policy applies, allowing for a hassle-free return if the part does not meet expectations. Free shipping is included, with an estimated delivery time of 3-6 days. An express delivery option is available for an additional fee if faster shipping is required.

This spare part originates from the following car:

The source vehicle is a KIA CEED Combi Van (CD) GDI Hybrid, a box body/estate model from 2023 with only 5,490 km on the odometer. The car features a hybrid petrol/electric fuel system and was originally registered in Sweden. The engine type is the G4LE, a 1.6-litre (1,580 cc) four-cylinder unit with direct injection, producing 141 HP (104 kW). The VIN/chassis number is U5YH581AGPL038318, confirming the vehicle’s specifications. The brake disc was sourced from this low-mileage vehicle, ensuring minimal wear and reliable performance.

When replacing a brake disc, it is advisable to check related components such as brake pads and calipers for optimal braking performance. Choosing a used OEM part not only ensures precise fitment but also contributes to sustainability by reducing waste. Many components, including this brake disc, are often interchangeable across multiple models, making them a cost-effective and environmentally conscious choice.

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